hydrothermal fuel generation

Jules Verne, one of
the world's greatest visionaries, wrote in 1874 in The Mysterious
Island: "I believe that water will one day be employed as fuel,
that hydrogen and oxygen will furnish an inexhaustible source of heat
and light." 1

Fuel to power land, air and sea vehicles may be generated from hydrothermal
energy. The process may be initiated by exposing filtered humid air
to the cold seawater in a closed circuit, generating pure liquid H2O.
Through the process of electrolysis, direct current electricity from hydrothermal
power generation may be used to drive off the hydrogen molecules from
the water. The resulting hydrogen gas may be liquefied by another dedicated
hydrothermal energy turbine, driving a compressor to produce hydrogen fuel.
The downside of hydrogen fuel, however, is the relatively high cost to assure
safety in transport.

Alternatively, nitrogen may be sequestered from air and combined with the
hydrogen gas to form ammonia NH3, which is an excellent fuel
and relatively safe in transport. This illuminates a path to a source of
fuel beyond the hydrocarbon era. Island countries, such as the island of
San Salvador in the Bahamas, with warm inland saline lakes, and deep cold
water just off shore may then produce all their cooling and electrical power
needed and be self sufficient for fuel needs. The Bahamas, Haiti, Aruba
and other island nations may export the fuel that is in excess of their
needs creating a new source of wealth.